One of the key experiences I have had being at CIGI, and then doing some stuff before CIGI, is that we often assume the industry companies are able to take up a technology as soon as it has been developed in a university or at a research institute and an initial application has been shown. We see we have this neat and novel thing. We have made a cupful of it and assume that now it's ready to go commercial. Often, this is not the case, particularly in agriculture where although the return may not be as risky in the long-term, the companies are not able to absorb any risk because there are very low margins when you go into these markets.
I will give you an example. When I was working on my Ph.D, I developed a technology from canola to make protein concentrates for the aquaculture industry. We saw an opportunity where we could take canola meal and add a great deal of value to it by processing it differently. It could address a market need where fish meal is becoming in short supply.
We developed this technology. We got some patents. We went out to the industry and said, “You guys should do this. This makes a great deal of sense.” They said, “This is great, but have you ever made 2,000 tonnes per day? Have you ever sold 2,000 tonnes per day? What scale have you done this at?” I said, “We made a bucketful of it in the lab and we fed it to some fish.” At that point, the research funding available to do that kind of research is gone because we have already demonstrated it. What it really needed was a continual push into the market. That's what we did.
We had a decision to make. Do we just publish it as we normally would, or do we personally put our effort into it and do it? We started a company. Over the last 10 years, we perfected the process, which took a few years. Then it was a matter of continually being in front of the processing companies that could do this work. We said, “Here's an opportunity for you. We fed it to animals. Here are your customers. Keep in front of them.”
Canada has some infrastructure to do that kind of work. In the case of MCN, my company, we did sell it. Bunge has bought it. They are going to build very large plants. They are going to develop new products from canola. The engineering is under way for that right now. It could have easily stayed in the textbook and had very little economic impact. The investment needed is to keep doing the discovery work, but recognize that we need to take those discoveries to the next stage into the commercial pilot scale into helping, holding the hands of, and courting companies that can take this forward.
A past example of that would be pulses, where we worked with companies in China to produce vermicelli noodles from yellow peas. They were making vermicelli from mung beans. They wanted to grow their industry, but the mung beans available were limited. We thought that we could make it from yellow peas. We did some research and discovered that yes, we could make it. Working hand-in-hand with the government, trade commissioners, and Pulse Canada, we were able to stay in front of the customer and show them that yes, it can be done. Finally, they took it up. Now, it is an annual market turning about 350,000 to 400,000 tonnes of yellow peas into vermicelli noodles in China.
That's the type of effort it takes. It takes organizations. CIGI is one of those. We have the relationship with the customer. We are able to keep demonstrating and pushing. There are food technology centres. There are other organizations able to stay in front of the customer and take it to a scale and a place they can understand. There needs to be a greater partnership between the research and the commercialization activity.